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Question A & B (2 Parts) Solve carefully and label both parts (circle final answer(s) (Use image Below) The following figure shows a mass-spring-damper system that will be used in the following problems. The springs have an initial deflection of 0.05 m, and the mass has an initial m velocity of 10". There is no friction. Kz eele Part A - Assuming the elements are all linear, determine a model for the mass-spring- damper system. Make sure to clearly define the direction of positive velocity. Simplify your answer such that the model is in terms of the parameters (m, c, k1, k2), the input force (F), the spring deflection and the mass velocity as well as their time derivatives. Part B- Take the solution from PART A and replace the damping constant c with the nonlinear expression c = v² + 2v + 3, with v as the velocity of the mass.

Question A & B (2 Parts) Solve carefully and label both parts (circle final answer(s) (Use image Below) The following figure shows a mass-spring-damper system that will be used in the following problems. The springs have an initial deflection of 0.05 m, and the mass has an initial m velocity of 10". There is no friction. Kz eele Part A - Assuming the elements are all linear, determine a model for the mass-spring- damper system. Make sure to clearly define the direction of positive velocity. Simplify your answer such that the model is in terms of the parameters (m, c, k1, k2), the input force (F), the spring deflection and the mass velocity as well as their time derivatives. Part B- Take the solution from PART A and replace the damping constant c with the nonlinear expression c = v² + 2v + 3, with v as the velocity of the mass.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question A & B (2 Parts) Solve carefully and label both parts (circle final answer(s) (Use image Below) The following figure shows a mass-spring-damper system that will be used in the following problems. The springs have an initial deflection of 0.05 m, and the mass has an initial velocity of 10-. There is no friction. S ki F Kz eeeee Part A - Assuming the elements are all linear, determine a model for the mass-spring- damper system. Make sure to clearly define the direction of positive velocity. Simplify your answer such that the model is in terms of the parameters (m, c, k1, k2), the input force (F), the spring deflection and the mass velocity as well as their time derivatives. Part B - Take the solution from PART A and replace the damping constant c with the nonlinear expression c = v² + 2v + 3, with v as the velocity of the mass.
Transcribed Image Text:Question A & B (2 Parts) Solve carefully and label both parts (circle final answer(s) (Use image Below) The following figure shows a mass-spring-damper system that will be used in the following problems. The springs have an initial deflection of 0.05 m, and the mass has an initial velocity of 10-. There is no friction. S ki F Kz eeeee Part A - Assuming the elements are all linear, determine a model for the mass-spring- damper system. Make sure to clearly define the direction of positive velocity. Simplify your answer such that the model is in terms of the parameters (m, c, k1, k2), the input force (F), the spring deflection and the mass velocity as well as their time derivatives. Part B - Take the solution from PART A and replace the damping constant c with the nonlinear expression c = v² + 2v + 3, with v as the velocity of the mass.
Expert Solution
Step 1

The mass displacement is proportional to the spring force. The viscous damping force is related to the mass's velocity. When a mass is deflected by a certain amount, forces are generated on both the spring and the damper. The theory of conservation of energy can be used to overcome such problems.

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